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 The Structure and Properties of Civil Engineering Materials 

The Structure and Properties of Civil engineering Materials

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The Structure andProperties of CivilEngineering Materials 

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Fromcontinuingeducation.construction.com

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 http://landarchs.com/naples-geodesic-gridshell-urban-furniture-experiment /

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The Structure and Properties of Civil

Engineering Materials 

Paulo J.M. Monteiro 

Fall Semester, 2014 

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How to reach me

725 Davis Hall phone: 643-8251

Office Hours: TuTh 10-11 am,

M 1:00-2:00 pm

Email: [email protected] (please identify yourself as a CE60 student)

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First Lecture – Introduction

Two important components of the

course:

Formal lectures

Laboratory

Lectures: Presence recommended but not required

Labs: Presence mandatory

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Objectives of the course

•  Develop an appreciation for construction

materials

• 

Understand the fundamental principles of

materials science and how it applies to civilengineering materials

•  Develop laboratory skills: a) how to

measure, b) what it means, c) why it matters

(lab report)

•  Improve interaction with your colleagues

• 

Hopefully an enjoyable experience with

“practical” engineering

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How I will measure your progress

Weekly homework (10%)

Two midterms (15% each)

Lab reports (20%)

Final (40%)

 Yes, the final is only 40% of the grade!!

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Material (1)

Fundamentals of materials science

atomic bonds

crystal structuresalloys

microstructure of steel

phase transformationssteel treatments

MIDTERM (1/3 of the course)

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Material (2)

Concrete (greater emphasis becauseas a civil engineer you will beresponsible for making it)

cements

aggregates

mix design

propertiesdurability

SECOND MIDTERM

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Material (3)

Wood

Polymers

Composites

Sustainability

THE END

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Policy regarding reviews of the

midterms

 You’re welcome to bring your

exam to discuss until thelast day of class.

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Late HW Policy:

50% off if handed in the next lecture

(please do not place it in mymailbox or under the door of my

office!).

HW will not be accepted after that.

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BOOKS etc

Reader from Foundation of Materials Science and

Engineering, W.F. Smith, McGraw-Hill. 

Concrete: Structure, Properties and Materials byMehta and Monteiro, Fourth Edition, McGraw-

Hill 2013.

Class slides are in the web (free, of course) 

Lab notes in the web page 

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Labs

Play with Bungee Cord

Break Steel

Heat Steel

Making Concrete (trial and error)

Making Concrete (ACI code)

High-strength competition [(root?) beer and

pizza)! after you’re tired of concrete, you test wood.

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A few notes about the lab:

It’s an integral part of the course.

 You will join a group (4-5) and perform the experiment

together, however the laboratory report will alwaysbe individual. The data obviously will be the same

but the analysis and interpretation should be in your

own words.

Plagiarism will not be tolerated. The University nowhas even tougher rules. Contact me if you have any

doubts, questions, and concerns

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A few words about the reports

Soon (hopefully) you will be a proud Berkeley engineerand you should be able to communicate your ideas

clearly.

Here are some suggestions for good practice:

Complete the cover page carefully. Never, ever, forget

to write your name.

Write a clear introduction: a) explain what theobjectives were and b) what you have done.

Next describe the experimental conditions: materials,equipment, and methods.

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More “few words!”

Provide the experimental results in tables and graphsthat are easy to understand. Be extremely carefulwith units.

Discussion. Here is your chance to distinguishyourself from the crowd. Do the results makesense? Do they follow what would be theoreticallyexpected? If not, why not?

Conclusion: A few paragraphs should be enough tosummarize your work.

Appendix: Include raw data, etc.